The funding round was led by Geodesic Capital, with participation from Fortitude Ventures and other investors. Katalyst said the capital will support development of its first Nexus spacecraft, designed to service satellites in geostationary orbit, with a launch scheduled for 2027 on an Ariane 6.
Nexus-1 will first approach a U.S. Space Force satellite and install a space domain awareness sensor on it. The company said earlier this year that the spacecraft will also conduct additional rendezvous and proximity operations with national security spacecraft before extending services to commercial customers. “If we’re going to build an enduring presence beyond Earth, we need the ability to manipulate the environment. Katalyst is building the robotic spacecraft that will make that possible,” said Ghonhee Lee, chief executive of Katalyst.
Before Nexus-1, Katalyst will launch its Link spacecraft, which is designed to approach NASA’s Neil Gehrels Swift Observatory. Swift’s low Earth orbit is decaying because of atmospheric drag. Link will attach itself to the observatory and raise its orbit, preventing Swift from reentering as soon as late this year. The Link spacecraft is complete and was recently integrated with its launch vehicle, a Northrop Grumman Pegasus XL. That launch is scheduled for as soon as June 27, with the air-launched Pegasus flying out of Kwajalein Atoll in the Pacific.
NASA awarded Katalyst the contract for the Swift reboost mission last September. Tom Gillespie, head of Geodesic Capital’s Alliance Fund, said the company’s pace impressed investors. “Katalyst has shown an ability to move quickly while solving technically challenging problems,” he said. “They’ve consistently translated capital into technical progress while addressing a critical gap in space operations.” Sungjoon Cho, founder of Fortitude Ventures, said the team has “consistently done more with less” and has “demonstrated that robotic servicing can make economic sense.”
The investor statements frame the funding as validation of Katalyst’s capital efficiency and its ability to execute against technical milestones quickly. The Swift mission stands as a near-term demonstration ahead of the more ambitious geostationary orbit servicing work the new funding will support.
The Swift reboost is scheduled to launch as soon as June 27 from Kwajalein Atoll, while the Nexus-1 geostationary servicing mission is set for 2027 aboard an Ariane 6.
